Marriage tranquilizes men and puts them to productive use providing for children

February 26th, 2023

The energy and danger in young adolescent men is ancient, Misha Saul notes:

If they enter a polygamous society, one important status game young men will play is wife accumulation.

If they enter a monogamous society, that energy goes elsewhere. In order to be domesticated into monogamy, these wolves must be sedated. Marriage tranquilises men and puts them to productive use providing for children.

[…]

Domesticated men — via monogamous marriage and the corresponding decline in testosterone — commit less crime. It’s not that more docile men get married. They become wolves again after a marriage dissolves.

[…]

Men in polygamous societies are always on the look out for more wives, so they retain elevated testosterone levels and virility. No wonder some Comanche had such glorious names as “Erection-That-Won’t-Go-Down” (a real example — more on the Comanches later).

The Church took away your slave girls (in a break from its Hebrew forefathers — discussed in detail in a later Part to this series).

[…]

The Church enforced monogamous marriage, banning polygamy and incest and also cracking down on divorce.

[…]

These policies destroyed Europe’s intensive kin-based institutions.

[…]

The Church inherited their land and became the largest landowner in Europe.

Women’s labor was the bottleneck in Lakotas’ quest for goods and wealth

February 25th, 2023

Misha Saul looks at what polygamous marriage really looked like:

Let’s take the Lakota and Comanche native American nations as examples. Aside from just being inherently fascinating, they’re interesting examples because polygamy became exacerbated in these societies due to outside economic forces.

He cites Lakota America: A New History of Indigenous Power by Pekka Hämäläinen:

A skilled tanner could finish twenty-five to thirty-five robes in a year — which fetched three to six guns —  whereas a skilled hunter could bring down ten bison in a single chase. This made women’s labor the most critical resource of the robe trade, which, in effect, was a mechanism for connecting western female labor and expertise to eastern demand for furs. Women’s labor was the bottleneck in Lakotas’ quest for goods and wealth, and like many other Indigenous societies enmeshed in colonial markets, they widened that bottleneck through polygamy. The practice was ancient among the Lakotas, but it grew dramatically with the robe trade.

He continues:

Women’s roles in buffalo robe production meant they became the economic bottleneck with the buffalo robe boom, raising the value of wives as instruments of production. This led to a cycle of rising inequality: wealthier men could afford more wives, who could then generate more wealth and accumulate more wives.

[…]

The accumulation of wives by elite men led to a bride deficit. There were fewer brides to go around for under-performing males. This heightened intra-male competition.

[…]

Without monogamy, successful men hoard wives and sire more children and there are more men with neither wives nor children. A society with fewer disaffected men is more stable. Such disaffected men benefit from volatility: they’re willing to take bold bets to win status and wives. Crime, revolutions. They have everything to gain and nothing to lose.

Not everything that’s useful to do is quite so “human like”

February 24th, 2023

It’s always amazing when things suddenly just work, Stephen Wolfram remarks:

I’ve been tracking neural net technology for a long time (about 43 years, actually). And even having watched developments in the past few years I find the performance of ChatGPT thoroughly remarkable. Finally, and suddenly, here’s a system that can successfully generate text about almost anything — that’s very comparable to what humans might write. It’s impressive, and useful. And, as I’ll discuss elsewhere, I think its success is probably telling us some very fundamental things about the nature of human thinking.

But while ChatGPT is a remarkable achievement in automating the doing of major human-like things, not everything that’s useful to do is quite so “human like”. Some of it is instead more formal and structured. And indeed one of the great achievements of our civilization over the past several centuries has been to build up the paradigms of mathematics, the exact sciences—and, most importantly, now computation—and to create a tower of capabilities quite different from what pure human-like thinking can achieve.

[…]

At its core, ChatGPT is a system for generating linguistic output that “follows the pattern” of what’s out there on the web and in books and other materials that have been used in its training. And what’s remarkable is how human-like the output is, not just at a small scale, but across whole essays. It has coherent things to say, that pull in concepts it’s learned, quite often in interesting and unexpected ways. What it produces is always “statistically plausible”, at least at a linguistic level. But — impressive as that ends up being — it certainly doesn’t mean that all the facts and computations it confidently trots out are necessarily correct.

[…]

Machine learning is a powerful method, and particularly over the past decade, it’s had some remarkable successes — of which ChatGPT is the latest. Image recognition. Speech to text. Language translation. In each of these cases, and many more, a threshold was passed — usually quite suddenly. And some task went from “basically impossible” to “basically doable”.

But the results are essentially never “perfect”. Maybe something works well 95% of the time. But try as one might, the other 5% remains elusive. For some purposes one might consider this a failure. But the key point is that there are often all sorts of important use cases for which 95% is “good enough”. Maybe it’s because the output is something where there isn’t really a “right answer” anyway. Maybe it’s because one’s just trying to surface possibilities that a human — or a systematic algorithm — will then pick from or refine.

It’s completely remarkable that a few-hundred-billion-parameter neural net that generates text a token at a time can do the kinds of things ChatGPT can. And given this dramatic — and unexpected — success, one might think that if one could just go on and “train a big enough network” one would be able to do absolutely anything with it. But it won’t work that way. Fundamental facts about computation — and notably the concept of computational irreducibility — make it clear it ultimately can’t. But what’s more relevant is what we’ve seen in the actual history of machine learning. There’ll be a big breakthrough (like ChatGPT). And improvement won’t stop. But what’s much more important is that there’ll be use cases found that are successful with what can be done, and that aren’t blocked by what can’t.

Man is born polygamous yet everywhere he is monogamous

February 24th, 2023

Man is born polygamous yet everywhere he is monogamous, Misha Saul notes:

Not long ago I had my own Fermi moment. I looked at the world around me and asked: Where are all the polygamists?

Consider almost any past empire or civilisation — Mongol, native American, Chinese, Indian, African, old European — and you will find powerful men with many wives. It’s all over the Hebrew Bible. 90% (!) of hunter gather societies around the world practice some degree of polygamy. Yet we look around today and…zilch?

[…]

It turns out this is no accident. The WEIRDest People in the World by Joseph Henrich (I’ll call it WEIRD from now) traces how Christianity exterminated the practice over centuries and forged modern, cousin-free, monogamous marriage in the West (hence WEIRD: Western, Educated, Industrialized, Rich and Democratic). In light of Christianity’s now millennia long clamp down — occasionally literally hounding kings over successive popes until they submitted — it’s not so surprising world leaders and billionaires today seem about as monogamous as anyone else. It’s remarkable how potent culture is: what was once as natural to a powerful man as eating is unthinkable to such a man today.

[…]

And the fact there is not even 10% or 5% or 1% polygamy may not be an accident. Polygamy might be like poison: a little bit is enough to define the lot. 100% of elite men practicing polygamy is a society with only a bit of polygamy. I’m not even sure what a 100% polygamous society looks like — presumably one reliant on captive wives from helot populations. Which explains why you see ~zero today: you are either a polygamous society (>~0%) or not (~0%).

[…]

WEIRD traces Christianity’s march through history to harness powerful men to the yoke of civilisation to forge our modern world. Within that frame lie some even more transgressive nuggets. Marriage literally sedates men — changes their physiology — and puts them to productive use providing for children. Breaking clan ties through the abolition of cousin marriage and the rise of female independence freed the Western man from mediating the world mainly through relationships, allowing him to deal in abstractions (reason, law, systems). This led to an explosion in innovation. In some ways it’s a bleak portrait: the dissolution of family ties and the beginnings of the Anglo age of social atomisation.

[…]

The progression of theses might go something like this:

  1. Men are in positions of power and so society is run by men.
  2. Actually, just like man domesticated beast (dogs, horses, oxen, etc), women domesticated man (via monogamous marriage). As the ox ploughs the field, so elite men’s energies have been channeled away from war making and wife collecting to civilisation building.
  3. Actually, monogamous marriage is a powerful cultural phenomenon that solved a civilisation-wide coordination problem of individual men maximising wives and individual women selecting for powerful men. It unleashed a civilisation winning configuration — against the individual interests of both elite men and women — to break clan ties, distribute wives and harness man to build civilisation. It shifted men and women away from their local maxima to a global maximum.

The period from 6000 BC to 2000 BC may be a high point in conflict and violence

February 23rd, 2023

Of the skeletal remains of more than 2300 early farmers from 180 sites dating from 8,000 to 4,000 years ago, more than one in ten displayed weapon injuries:

Contrary to the view that the Neolithic era was marked by peaceful cooperation, the team of international researchers say that in some regions the period from 6000BC to 2000BC may be a high point in conflict and violence with the destruction of entire communities.

The findings also suggest the rise of growing crops and herding animals as a way of life, replacing hunting and gathering, may have laid the foundations for formalised warfare.

Researchers used bioarchaeological techniques to study human skeletal remains from sites in Denmark, France, Germany, Great Britain, Spain and Sweden.

The team collated the findings to map, for the first time, evidence of violence across Neolithic Northwestern Europe, which has the greatest concentration of excavated Neolithic sites in the world,

The team from the Universities of Edinburgh, Bournemouth and Lund in Sweden, and the OsteoArchaeological Research Centre in Germany examined the remains for evidence of injuries caused predominantly by blunt force to the skull.

More than ten per cent showed damage potentially caused by frequent blows to the head by blunt instruments or stone axes. Several examples of penetrative injuries, thought to be from arrows, were also found.

Some of the injuries were linked to mass burials, which could suggest the destruction of entire communities, the researchers say.

Reading taught us to sustain and logically develop ideas

February 22nd, 2023

Reading as we know it is engaged in an epic battle it has all but lost, Doug Lemov argues:

No matter where you are, Device is there with you, stowed in your pocket, at your behest, chirping away pleasantly. Check in with a colleague or the kids? Play Candy Crush? Find a baseball score? All while in line at Target or sitting through the 10 a.m. strategy meeting? Of course, Master. It would be my pleasure.

Suddenly Device must always be with you. You check it 150 to 200 times a day, studies tell us. You switch media sources (for instance, from Web browser to email) 27 times an hour. Your average duration of sustained focus on any digital task is just over two minutes.

Clever Device! Once it was the servant; now it is the master.

Poor Dickens. Poor Toni Morrison. They cannot compete with that. So we read less and less. But more importantly, we read differently. This is the subject of Maryanne Wolf’s profound new book, Reader, Come Home.

On the digital screen we read fleetingly, flittingly. Our brains have what scientists call “novelty bias.” We are predisposed to attend to new information; from an evolutionary perspective, what’s new, bright, and flashing could contain survival information. It gets priority. Reading on screens sets up a cycle of expectation and gratification. We are repeatedly distracted by whatever pops up, rewarded for each distraction with a tiny surge of dopamine. This attraction to “the new” crowds out reflection, creative association, critical analysis, empathy—the keys to what Wolf calls the “deep reading process.” We read in a constant state of partial attention. And, Wolf points out, this is as much cause as effect. Human beings developed the capacity to read relatively recently, over the past 5,000 years or so. The brain has no reading center. Rather, when we learn to read, we call upon multiple areas of the brain, exhibiting a cognitive quality known as neuroplasticity.

[…]

We made ourselves modern via a collective rewiring when writing and later print emerged and spread across vast strata of society not so long ago. Reading taught us to sustain and logically develop ideas, to enter the minds and perspectives of others through their words. As societies, we became less impulsive, violent, and irrational. Wolf quotes Nicolo Machiavelli reflecting on how he lost himself in a book, conducting an inner dialogue with the author and reading for four hours without interruption. When was the last time you did that?

Many prescription pharmaceuticals retain their full potency for decades beyond their manufacturer-ascribed expiration dates

February 21st, 2023

Eight long-expired medications with 15 different active ingredients were discovered in a retail pharmacy in their original, unopened containers:

All had expired 28 to 40 years prior to analysis. Three tablets or capsules of each medication were analyzed, with each sample tested 3 times for each labeled active ingredient. No analytical standard for homatropine could be found, so that ingredient was not tested.

[…]

Twelve of the 14 drug compounds tested (86%) were present in concentrations at least 90% of the labeled amounts, the generally recognized minimum acceptable potency. Three of these compounds were present at greater than 110% of the labeled content. Two compounds (aspirin and amphetamine) were present in amounts of less than 90% of labeled content. One compound (phenacetin) was present at greater than 90% of labeled amounts from 1 medication tested, but less than 90% in another medication that contained that drug.

[…]

The Shelf-Life Extension Program (SLEP) checks long-term stability of federal drug stockpiles. Eighty-eight percent of 122 different drugs stored under ideal environmental conditions had their expiration dates extended more than 1 year, with an average extension of 66 months and a maximum extension of 278 months. In our data set, 12 of 14 medications retained full potency for at least 336 months, and 8 of these for at least 480 months.

[…]

The most important implication of our study involves the potential cost savings resulting from lengthier product expiration dating. Each dollar spent on SLEP to demonstrate longer than labeled drug stability results in $13 to $94 saved on reacquisition costs. Given that Americans currently spend more than $300 billion annually on prescription medications, extending drug expiration dates could yield enormous health care expenditure savings.

In conclusion, this study provides additional evidence that many prescription pharmaceuticals retain their full potency for decades beyond their manufacturer-ascribed expiration dates. Given the potential cost-savings, we suggest the current practices of drug expiration dating be reconsidered.

Officials feared the incident might cause a devastating increase of tensions and possibly ignite World War Three

February 20th, 2023

On November 18, 1952, naval aviator Royce Williams was flying his F9F Panther, the US Navy’s first jet fighter, when he shot down four Soviet fighter jets:

The now 97-year-old former naval aviator was presented with the Navy Cross, the service’s second-highest military honor at a ceremony Friday in California.

[…]

He took off from the aircraft carrier USS Oriskany, which was operating with three other carriers in a task force in the Sea of Japan, also known as the East Sea, 100 miles off the coast of North Korea.

Williams, then age 27, and three other fighter pilots were ordered on a combat air patrol over the most northern part of the Korean Peninsula, near the Yalu River, which separates North Korea from China. To the northeast is Russia, then part of the Soviet Union, which supported North Korea in the conflict.

As the four US Navy jets flew their patrol, the group’s leader suffered mechanical problems and with his wingman, headed back to the task force off the coast.

That left Williams and his wingman alone on the mission.

Then, to their surprise, seven Soviet MiG-15 fighter jets were identified heading toward the US task force.

“They just didn’t come out of Russia and engage us in any way before,” Williams said in a 2021 interview with the American Veterans Center.

Wary commanders in the task force ordered the two US Navy jets to put themselves between the MiGs and the US warships.

While doing this, four of the Soviet MiGs turned toward Williams and opened fire, he recalled.

He said he fired on the tail MiG, which then dropped out of the four-plane Soviet formation, with Williams’ wingman following the Soviet jet down.

At that point, US commanders on the carrier ordered him not to engage the Soviets, he said.

“I said, ‘I am engaged,’” Williams recalled in the interview.

Williams said he also knew that because the Soviet jets were faster than his, if he tried to break off they’d catch and kill him.

“At that time the MiG-15 was the best fighter airplane in the world,” faster and able to climb and dive quicker than the American jets, he said in the interview.

His plane was suited to air-to-ground combat, not aerial dogfights, he said.

But now he was in one, with not just one, but six Soviet jets as the other three MiGs that broke off earlier returned.

What ensued was more than a half-hour of aerial combat, with Williams constantly turning and weaving — the one area where the F9F could compete with the Soviet aircraft — to not let the superior MiGs get their guns fixed on him.

“I was on automatic, I was doing as trained,” he said.

So were the Soviets.

“But on some occasions … they made mistakes,” Williams said.

One flew at him, but then stopped firing and dipped under him. Williams figured its pilot was killed by his gunfire.

And he described how another MiG got right in front of him, he hit it with his gunfire, and it disintegrated, causing Williams to maneuver sharply to avoid the wreckage and its pilot as the plane came apart.

Over the course of the fight, Williams fired all 760 rounds of 20mm cannon shells the F9F carried, according to an account of the engagement from the US Navy Memorial’s website.

But the Soviets scored hits on Williams, too, disabling his rudder and wing control surfaces, leaving only the elevators in the rear of the plane viable for him to move the jet up and down.

Luckily, he said, at this point he was heading in the direction of the US task force off the coast. But one of the remaining Soviet jets was still on his tail.

He said he flew in an up-and-down roller coaster pattern, with bullets flying above and below him as he moved, the Soviet pilot trying to get a clear shot.

Williams’ wingman rejoined the fight at this point, getting on the Soviet’s tail and scaring him off, according to the Navy Memorial account.

But Williams still had some difficult flying to do to get the damaged jet back on board the carrier.

First, with the task force wary of Soviet warplanes possibly attacking it, its heightened air defenses initially thought Williams’ F9F was a MiG, and destroyers guarding the American carriers opened fire on him.

Williams said his commander quickly put a stop to that, eliminating one danger.

Still, Williams had to get his jet on the deck on the carrier, something he’d usually do at an airspeed of 105 knots (120 mph). But he already knew if he went lower than 170 knots (195 mph), his aircraft would stall and plunge into the icy sea.

And he couldn’t turn to line up with the carrier. So the ship’s captain decided to take the extraordinary step of turning the carrier to line up with Williams.

It worked. He slammed onto the deck and caught the third and final arresting wire.

On the deck on the carrier, Navy crew counted 263 holes in Williams’ plane. It was in such poor shape, it was pushed off the ship into the sea, according to the Navy Memorial account.

But as the plane disappeared below the waves, something else had to also — the fact that the US-Soviet aerial combat happened at all.

News of Williams’ heroics went all the way to the top, with then-President Dwight Eisenhower among the senior US officials eager to speak to the pilot, according to the Navy Memorial’s website.

“Following the battle, Williams was personally interviewed by several high-ranking Navy admirals, the Secretary of Defense, and also the President, after which he was instructed to not talk about his engagement as officials feared the incident might cause a devastating increase of tensions between the US and Soviet Union, and possibly ignite World War Three,” the website says.

A US Defense Department account of the incident also notes that US forces were trying out new communications intercept equipment that day. It was feared that revealing the Soviet role in the combat would have compromised that US’ advantage.

At Mach 5 and beyond, things heat up pretty fast

February 19th, 2023

The U.S. might be slipping behind Russia, or even China, in the race to develop hypersonic missiles, but that might be because the U.S. military has its sights set on a bigger prize, a hypersonic bomber:

Meet the Air Force’s secret hypersonic bomber: the Expendable Hypersonic Multi-mission ISR (intelligence, surveillance and reconnaissance) and Strike program, a.k.a. Project Mayhem.

The mighty bomber would have a few advantages over its missile-based adversaries, but the big one would be usability. Where missiles like the Kinzhal, Zircon, and China’s Dongfeng-17 are expensive (around $100 million) one-shots, a hypersonic plane traveling in excess of Mach 5 — Project Mayhem would reportedly travel Mach 10 — could be refueled and used again, and again, and again.

The idea of a hypersonic plane dates back to the Space Race, culminating in the North American X-15A-2 record-breaking Mach 6.7 flight in 1967. Further aerospace advancements created mechanical wonders like the supersonic SR-71. Project Mayhem would likely use a multi-cycle propulsion system, employing a jet engine to reach Mach 3 before transitioning to an air-breathing scramjet for hypersonic speeds. But designing a reusable plane at such speeds comes with serious limitations.

At Mach 5 and beyond, things heat up pretty fast thanks to friction and air resistance, so any plane hoping to go that fast and survive the experience would need to be cloaked in advanced materials that haven’t even been invented yet. None of this even touches on the fact that maneuverability at such speeds will also be a gargantuan engineering undertaking, and that combining a traditional jet engine with a scramjet has never been successfully accomplished.

Because of this unique operating environment and the necessity of precision-sensitive design, Project Mayhem is turning to model-based engineering (MBE) to digitally construct every system on the hypothetical plane.

Showing off erudition is more of a bug than a feature

February 18th, 2023

The Internet deluges us with information, Arnold Kling notes:

Martin Gurri terms it a tsunami.

Tyler Cowen, who has speed-reading superpowers, says that he finds Twitter to be information dense, by which he means that for him, it contains more information per line he reads than do other media. I disagree with him about Twitter, but I like the term information dense.

I wish that Tyler Cowen would switch his essays to Substack. Same with Martin Gurri.

For several months now, I have found Substack to be more information dense than books. For 2022, I could not even come up with a list of best nonfiction books of the year. But I subscribed to a few dozen Substacks.

I am reading fewer books that I did before Substack came along. The most recent book I read was Good Reasons for Bad Feelings, by Randolph Nesse. Relative to what I wanted, the book did not disappoint. But boy, it felt like it took a long time to get there. The book is not information dense. I had the annoying sense that in the time it took me to read the book I could have profitably explored many substacks.

[…]

Actually, showing off erudition is more of a bug than a feature. Professors who enjoy citing a wide range of references in their lectures and writing are kidding themselves if they think the rest of us have the patience for it. Niall Ferguson’s The Cash Nexus had a major, lasting influence on my view of banking and finance. But re-reading it now, it’s really painful. I want to say, “Stop showing off and get to the point.”

People used to talk about the enjoyment they get from “curling up with a good book.” There might be people for whom that is still be true for novels. It is not what we are looking for in non-fiction works.

Even good short pieces can benefit from being edited down…

Soon, governments across Africa and elsewhere were knocking on their doors

February 17th, 2023

After completing his education at Eton College and the Royal Military Academy Sandhurst and serving in the Scots Guards and the SAS, Simon Mann decided to try his luck in Africa:

In 1993, Mann went to Angola to seek fortune in the oil industry with his friend Tony Buckingham. Within months of their arrival, the oil-producing city of Soyo was captured by anti-government rebels. It seemed like their oil venture was doomed — until, as Mann tells the story, he proposed a solution: reconquer Soyo. Mann and Buckingham called upon South African contacts, most of whom had backgrounds in the South African Defence Force and the shadowy Civil Cooperation Bureau (CCB), an apartheid-era counterinsurgency unit. One of these contacts, Eeben Barlow, was a former South African military officer who had seized the opportunity of apartheid’s collapse to recruit compatriots into a private military company (PMC) called Executive Outcomes (EO).

Together, they secured Angolan government contracts for EO to reconquer Soyo, and eventually help the government win the civil war. Their success in achieving an Angolan victory put Mann and his friends on the map. Soon, governments across Africa and elsewhere were knocking on their doors.

EO soldiers have since taken part in conflicts across the continent, and Mann has gone on to many more adventures. In 1997, his own PMC, Sandline International, was involved in the controversial Sandline affair in Papua New Guinea. In 2004, Mann was arrested for organizing a failed coup in Equatorial Guinea, and spent the next five and a half years in some of Africa’s most notorious prisons. He was released in 2009 after a pardon. His memoir, Cry Havoc, was published in 2011.

The meaning of “mercenary” gets torturous, he notes:

For example, if I joined the British army today, am I joining it because I wish to fight for democracy? No, I’m not. Nobody in the British Army that I ever met was doing it for queen and country. They’re doing it because they see it as an exciting lifestyle and the money is okay. Sometimes, it’s the best job they can get. But the motivation is, at least in part, financial. It is unlikely, really, to be patriotic. That doesn’t mean to say that we’re not patriotic. But that is not the prime motivation.

He mentions Operation Storm and the war in Oman in the 1970s:

It was an insurgency coming through Yemen, a serious attempt to overthrow the ruler of Oman.

Nominally communist insurgents, right?

Nominally. The original ruler of Oman was not nominally, but actually a tyrant. Then he was replaced. It’s known as the British Foreign Office’s last coup d’etat. He was replaced by his son, who was much more reasonable. And then a long, hard-fought campaign was conducted against the insurgents. I was around at that time, and I very nearly did go to Oman.

Now, as a young officer in the British army, I could have been attending that conflict in three different ways. One, I could have been a British officer on secondment—an officer in Oman’s armed forces, but still a British officer. Route two: I leave the British army, and go to the Sultan’s armed forces as a contracting officer.

And route three, which actually happened: the SAS was secretly deployed in Oman to fight that engagement. In any one of those three routes, I could have found myself in exactly the same firefight. But is any one of those a mercenary? A lot of people will say that the second one, the contracting officer, is a mercenary. But really, he is contracted with the Sultan’s armed forces, the national military. And he’s just doing the same job as anybody else who is on secondment.

According to the 1977 Organization of African Unity Convention for the Elimination of Mercenarism in Afric, he never quite qualified as a mercenary:

What I’ve done is, I was a general in the Angolan army for a short while when there was a war. We fought it and we won. That was for the recognized government of Angola, and I was enrolled in their armed forces. I’m quite proud of what we did. And I’m very proud of the guys that we did it with, both Angolan and South African.

In Sierra Leone, it was very similar. The RUF [Revolutionary United Front] were the masters of atrocities. If you’ve seen the movie Blood Diamond, you know that they used to go around chopping people’s arms off. They used to bet on whether a woman’s fetus was male or female and open her up to have a look. They were pretty easy to fight against, quite honestly. But again, we were part of the properly formed armed forces of Sierra Leone. So that technically is not a mercenary.

And then, I was involved with Papua New Guinea, remotely. But there was no war going on there. So it was more of a sort of civil contract.

The next thing is Equatorial Guinea, my attempt to overthrow the government—where again, no shot was actually fired. And the plan very much was that no shot would be fired. There was certainly no war going on. So again, if you go back to this convention, one of the things that is stipulated is that there has to be a war going on for you to be a mercenary. There has to be a war going on and you have to fight in it. If you’re a transport airplane pilot and you happen to carry a handgun for your personal safety, you’re not a mercenary according to that convention.

He describes his time with Executive Outcomes by analogy:

Well, look, if I’m walking along the street, and a guy’s house is on fire, I’m going to help him. He says, “Have you got some men, and some firefighting equipment?” and I say, “Yeah, I have got loads of them, but it’s going to cost you. We’re going to charge you because I’m going to get my men and equipment in here. And we’re firefighters, you’re gonna have to pay us.” But that doesn’t mean that I think that private little firefighting companies are the way to go. I think the municipality should produce a proper firefighting force and it should be them putting the fires out. And in this case, that should be the UN or somebody like it. But if the UN is there, as they were in Angola and in Sierra Leone, and they are absolutely and completely failing to put the fire out, then it’s better that we put it out rather than watch it go on burning.

He visited the famously chaotic Moscow of the 1990s:

I just came up from Angola with this shopping list. I didn’t really understand what was going on. But there were a lot of banking and high finance people in Moscow who were basically trying to buy things cheap. That is the process that led to the oligarchs, or people who basically managed to buy for rubles—play money—things that were real, hard dollar-earning assets. That is how the oligarchs, most of them, came into being. They basically stole extremely valuable assets, on the pretext that they were buying them with rubles.

Now, when I was there, I think the realization had dawned that other people were coming into Russia to do the same thing—foreigners, that is. There was a sense that they were being raped. And on the one hand, you had people who were all in favor of being raped, because they just wanted the money. But on the other hand, you had a real resistance building. Around 1993 or ’94, something like twenty Western bankers were murdered in Moscow. I mean, it was really not a good place to be. And it wasn’t safe, because the gloves were off. It was a sort of semi-anarchy, I think, whereby certain Russian agencies were on a mission to stop things. But as mavericks—I mean, I don’t think they’d been told to do this by anybody. They had decided whether this was going to happen, or this was not going to happen. And they were making sure of that, sometimes by recourse to violence. So this stuff was sort of going on.

We were there for several months, so we started to pick up the vibe. And it became really quite frightening. Then, when I met the general, he said, “Well, you know, you’re right to be frightened, because all sorts of shit is going on here. And foreign agencies are here. And they are operating in a way that is not appropriate in a foreign country. They’re taking the law into their own hands.” If you remember, at this time there were all these nuclear and chemical worries going on in the West, that weapons and capabilities could be going into the wrong hands. Everyone knew that Russia was for sale. And you know, it was a real mess. Very dangerous.

His Angolan operations ended up including diamond mining:

We had actually no intention of getting involved with diamond mining until we were asked to by the senior Angolans. And the reason they asked this was because the mining companies—especially De Beers—were applying force majeure to the mining concessions [not fulfilling obligations due to circumstances outside their control, i.e. the war]. So they were not mining.

And once we got to the end of the fighting, the Angolans were very anxious to try and get people back to work. They had to try and create jobs. And they were very anxious to get the mining industry restarted. So what they did was, they told us, “Look, we could set up a joint venture mining company with you. It will be very profitable because we’re the generals and we’ll make sure the company gets the best concessions. And we can then use you as a stick to beat up the other companies. Then we can say, ‘Hey, these guys are mining, so why can’t you?’”

[…]

Well, De Beers doesn’t want to do mining. They don’t want to produce diamonds. They want the price to go up. And that was why they wanted out. I mean, Angola is a very important country when it comes to diamonds. Ideally, no production at all from Angola would have suited them just fine, even though they were buying diamonds from UNITA. So it was better to continue the war. There were very powerful forces backing UNITA.

Executive Outcomes was racially mixed:

Well, there’s a very simple answer to that, which is that the black soldiers in Executive Outcomes were all ex-SADF. There was an organization called 32 Battalion. Very famous. They’re also known as Buffalo Battalion because their camp was called Buffalo Camp. And these were people who had been recruited by the South Africans to fight the Angolans, mostly. And they were very often of the Ovambo tribe. And so for those people, it was a very natural state of affairs that the officers they had would be the officers, and they were the men. That was normal for them. 32 Battalion was highly regarded during the South African frontier wars era.

[…]

We didn’t need to take other people. We didn’t take British people! I mean, I got flack from some of my old comrades-in-arms, who said, “Hey Simon, what the hell’s going on here? You guys have this amazing thing, and you’ve made all this money. You didn’t ask us?” I said, “Well, no, I didn’t need you.” Because the South Africans were much better and much cheaper. They know Africa, they know the climate, and they know the health issues. And they were pretty desperate, because it was a desperate time in South Africa.

And, you know, the thing with any kind of force is that, obviously, morale is an issue. And cultural cohesion is required. Now, if everyone comes from the same military background, the same army, then they all understand one another perfectly. And in fact, in Executive Outcomes, the recruits had to actually—when they signed up to say that they were joining Executive Outcomes—they had to sign up and agree that they would abide by the rules, traditions, and customs of the SADF. And if a corporal told them to get their hair cut, they had to go and get their hair cut. They couldn’t say “I’m a civilian now, you can’t tell me what to do.” No, no, you don’t understand, we will tell you what to do. This is the old way.

The idea takes advantage of the higher lift and lower drag you get with longer, slimmer, high aspect ratio wings

February 16th, 2023

NASA has awarded Boeing US$425 million towards building and testing a full-sized prototype of its transonic truss-braced wing airliner concept, using long, thin, strut-braced wings to add lift, reduce drag, and burn an impressive 30% less fuel.:

The idea takes advantage of the higher lift and lower drag you get with longer, slimmer, high aspect ratio wings — the sort you might find on an unpowered glider. A concept Boeing was testing in 2016, for example, had wings some 50% wider than comparable standard aircraft.

Structurally, that kind of thing simply doesn’t work without reinforcement. So Boeing’s design hangs the wings from the top of the fuselage, and braces them with long trusses coming up from the belly of the plane. These too are carefully shaped airfoils, adding extra lift as well as strength and stability.

As a subsonic concept cruising at around Mach 0.70 to 0.75 (519 to 556 mph, 835 to 895 km/h), Boeing estimated these braced-wing airliners could burn 50% less fuel than a regular plane. In 2019, the concept was redesigned to cruise at the edge of transonic speed, around Mach 0.8 (593 mph, 955 km/h), and whether because of the added speed or simply from a better understanding of the aerodynamics, Boeing has walked the efficiency claims back.

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And then there’s the fact that the huge, thick, lower aspect ratio wings on standard airliners create a perfect hollow space for their fuel tanks. Keeping the fuel out in the wings places a lot of weight out wide, closer to the center of lift, reducing engineering stresses where the wings meet the body. It contributes to safety somewhat in a crash, keeping burning fuel further from the passengers. And from a pure brass-tacks perspective, it frees up room in the cabin for extra money-making seats. The truss-braced design uses such slim wings that fuel tanks will likely have to go back into the fuselage.

Installing batteries is similar to high frequency trading (HFT)

February 15th, 2023

Installing batteries on the grid is similar to high frequency trading, Casey Handmer argues:

Mismatch between supply and demand in the grid is signaled via tiny shifts in frequency. Coupled to this, local energy spot price has historically been manipulated by gas peaker plants to maximize revenue generation. For example, in Australia prior to the installation of the Horndale (Tesla) battery, the spot price routinely climbed to the cap of $14000/MWh as gas generators delayed ramping up to maximize revenue.

Installing batteries is similar to high frequency trading (HFT) in that it exploits market inefficiencies to both improve the functioning of the market, provide liquidity, and generate revenue.

It is different to HFT in several important ways, however.

There is an advantage to geographic collocation for battery services adjacent to areas of variable supply and demand, due to the fixed and variable costs of long distance power transmission. It’s not quite as extreme as installing the HFT server directly adjacent to the stock exchange, though!

The fixed frequency of the power grid (60 Hz in the US) does not demand incredibly sophisticated high speed electronics, like that used in financial HFT. In other words, the fixed frequency of the grid means that the first generation of batteries will not be rendered obsolete by a subsequent arms race as seen in financial HFT.

Combined, these two key differences to financial HFT mean that there is a strong first mover advantage in the battery grid stabilization space. I contend that this advantage outweighs the risk of future battery systems delivered at lower cost. In fact, the EROI on battery system is so short, and their revenue so high, that the only practical constraint to their deployment today is, and has been for several years now, manufacturing capacity no matter how fast it ramps.

We know that fungi can infect humans

February 14th, 2023

I haven’t watched The Last of Us (yet), but it seems to be based on a scenario I’ve discussed before of how a zombie outbreak could (semi-plausibly) happen:

We know that fungi can infect humans. We also know that fungal networks exist in most of the world’s forests. These mycorrhizal networks have a symbiotic relationship with trees and other plants in the forest, exchanging nutrients for mutual benefit. These networks can be quite large, and there are studies that demonstrate the potential for chemical signals to be transmitted from one plant to another via the mycorrhizal network. That, in turn, means that fungal filaments could perform both vascular and neural functions within a corpse.

This leads us to the following scenario: microscopic spores are inhaled, ingested, or transmitted via zombie bite. The spores are eventually dispersed throughout the body via the bloodstream. Then they lie dormant. When the host dies, chemical signals (or, more accurately, the absence of chemical signals) within the body that occur upon death trigger the spores to activate, and begin growing. The ensuing fungal network carries nutrients to muscles in the absence of respiration or normal metabolism.

Part of the fungal network grows within the brain, where it interfaces with the medulla and cerebellum, as well as parts of the brain involving vision, hearing and possibly scent. Chemicals released by the fungi activate basic responses within these brain areas. The fungi/brain interface is able to convert the electrochemical signals of neurons into chemical signals that can be transmitted along the fungal network that extends through much of the body. This signal method is slow and imperfect, which results in the uncoordinated movements of zombies. And this reliance on the host’s brain accounts for the “headshot” phenomenon, in which grievous wounds to the brain or spine seem to render zombies fully inert.

Directed Energy (DE) already plays important military roles in counter-air defense, target identification, tracking, counter intelligence search & reconnaissance (ISR), and electronic warfare (EW)

February 14th, 2023

Directed Energy Futures 2060 describes the advances we can expect to see over the next few decades:

Directed Energy (DE) is defined for military applications as the ability to project electromagnetic energy either broadly to provide information probing of the battlespace, or in a focused manner sufficient to produce a defensive or offensive effect at militarily relevant distances within the battlespace. The military significance of Directed Energy Weapons (DEWs) has long been recognized for ability to engage at the speed of light, propagating vast distances with precision. Other benefits include potentially deep magazines, meaning the capability to fire many shots without need to physically rearm the weapon, and low cost per shot. DE can also actively probe targets and threats, i.e. laser pointers (commonly called designators), laser and radiofrequency (RF) tracking, also called radar. The final benefit worth mentioning, is the ability to cause scalable and flexible effects, to include destructive, damaging, disruptive, non-lethal, deceptive, and unattributable effects.

Today in the early 2020s, world-wide DE already plays important military roles in counter-air defense, target identification, tracking, counter intelligence search & reconnaissance (ISR), and electronic warfare (EW). U.S. military thinking on electromagnetic spectrum operations defines DE in the context of electronic attack systems designed to disrupt or degrade an adversary’s signals, deliver communications supporting cyperspace operations, or disable and destroy targets susceptible to high-energy electromagnetic radiation (U.S. Joint Chiefs’ of Staff 2020). Today there are historical definitions that delineate DE and EW weapons which are otherwise similar in function and form. Because the historical definitions are unlikely to be important 40 years in the future, in this report we considered DE and EW weapons to be synonymous, especially with respect to applications of information superiority that reply upon electromagnetic spectrum superiority to accomplish military missions.

[…]

Although today high-energy laser equipment is proliferated worldwide, the ability to create laser effects at vast ranges, for military purposes, is still limited. Today, for reasons that we will explain further, it
is thought that two of the most militarily relevant use cases for high-energy laser weapons are i.) high- altitude (greater than 30,000 ft.) operations where the stand-off range between shooter and target is up to hundreds of kilometers, or ii.) ground- or sea-based defensive purposes.

[…]

To understand the future technical trends in lasers system development, one must consider the drivers behind laser technology in the last 40 years. Technical trends over the next 40 years will be driven by both military and commercial interests, in addition to the lessons learned from previous laser weapon programs. Some of the lessons learned from the U.S. Airborne Laser Program, which began about 40 years ago and used gas and chemical laser architectures, were i.) the logistical footprint of a laser can create operational challenges; ii.) maximum powers in the range of Megawatts can be attained; and iii.) control of the beam is vitally important and nontrivial to achieve with highly accurate pointing. The challenges of beam control include propagation of light through potentially turbulent atmospheres, compensation of mechanical jitter from the host platform (in this case, the airplane), and C4ISR integration. Today the U.S. Air Force continues development of a high energy laser on a tactical airborne platform (Insinna 2020).

The U.S. DE community has made significant progress toward addressing the lessons learned from
early programs. Presently, the U.S. and Allied DE community uses a solid state and fiber optic laser architecture both because they learned the lessons about the logistical footprint of laser systems, and due to the industrial development and commercialization of fiber-optics and other solid-state laser technology. In fact, commercial development has revolutionized laser technology over the past 40 years. Solid state and fiber-optical approaches eliminate the need for large volumes of toxic chemicals in DE systems. Furthermore, fiber lasers can be combined to produce hundreds of kilowatts of power, with good beam quality (Anderson 2015), and have proven relevant in tactically suitable payload sizes, weights, and powers (SWAP).

[…]

Conservatively, following trends of the past 40 years of development up until now, in the future, solid- state and fiber laser technology can be projected to achieve extremely high energy levels in the range of Megawatts over a second, high enough to reduce timelines for laser engagement to less than 1s at tactical ranges by 2060. Optimistically, 100’s of Megawatt solid state laser systems could be possible. This technical trend is bolstered by current research in laser power scaling (Sherman 2019), to reduce dwell times and/or increase range of effects. For laser weapon technologies, these advancements represent an inflection point as they reduce the timescales of engagements significantly, enabling vital missions.

Once a sufficient amount of laser energy is created, the next challenge for laser weapons lies in the ability to propagate laser energy kilometers or farther distances, through the atmosphere, to targets at range. Trends in technology development over the next 40 years will be driven by solving such challenges. The challenge includes both tracking of moving targets at high levels of accuracy from moving platforms, and
being able to control the beam both accurately and precisely. Today, lasers weapons are powerful enough for missions against soft targets such as UASs (88th Air Base Wing Public Affairs 2020, Chuter 2019) and demonstrations of counter-missile applications (88th Base Wing Public Affairs 2019). State-of-the-art beam pointing from stabilized gimbal mounts permit hundreds of nanoradian precision pointing from stationary and slowly moving platforms, while tracking fast moving objects (Kwee 2007). Microradian accuracy is currently possible on large airborne platforms. In the future, by 2060, higher pointing accuracy, approaching 100s of nanoradians, could optimistically be possible on fast moving platforms.

Invention of solutions to technical challenges will drive future trends. For example, propagating laser energy through the atmosphere, becomes challenging in poor weather or turbulence. Turbulence causes both beam wander and brightness fluctuations in
high energy lasers. Weather deleteriously effects all weapons, but poses particular problems for all optical and infrared sensors, many of which provide cues and tracking for command and control of weapon systems. Inventions over the next 40 years may prove the ability to overcome weather effects. As an example, current research focuses on ultra-short pulse lasers that promise to burn holes through fog (Rudenko 2020).
A technology that today compensates for the deleterious effects of atmospheric turbulence is adaptive optics, invented and developed nearly 40 years ago (Fugate 1991). Sophisticated adaptive optical systems can today compensate for moderate levels of turbulence and atmospheric distortions. Conceivable improvements in the engineering of optical systems, even in the most pessimistic case for technology advancement, will further improve efficiency in ability to put up to Megawatts of continuous wave laser energy on target at tactically relevant distances. Gigawatts or 100s of Megawatts of laser energy propagated at tactically relevant and longer distances, would be an optimistic technical outcome by 2060. In the atmosphere, power levels greater than a few Gigawatts would undoubtedly suffer from self-focusing effects (Nibbering, et al. 1997). U.S. DoD and Allied military utility studies have been conducted, and will continue to be conducted, to objectively determine, in conjunction with kinetic and cyber weaponry, to what degree of effectiveness DE capabilities can achieve destructive effects for specific missions and scenarios that include weather.

An easy way to avoid the issues of weather and atmospheric propagation is to deploy DEWs at high altitudes, where the earth’s atmosphere is thinner. For this reason and others, high altitude military applications of DEWs will remain important concepts into the future.
Future trends in DEW technology will follow mission needs. The “holy grail” from a military utility perspective is a DE weapon system effective enough, favorable from a SWAP perspective, and affordable enough to provide a nuclear/missile umbrella. Although a concept often associated with science fiction, in fact ground and ship-based DE defense systems effectively act like point-localized force fields against small and relatively soft targets today. Airborne and space-based DE platforms could achieve a greater area defense and multipoint defenses, for a broader coverage missile umbrella. However, these concepts require significant technical advancement by 2060 to achieve the full range of power contemplated.

Albeit significant technical advancements are required in power, and range of power specifically, in the most optimistic case it should be physically possible to design a mission relevant concept of operations that permits nanoradian beam-control accuracy while tracking missiles up to hypersonic speeds, with a fast enough command and control loop and Megawatts of laser power (for more reading on this concept see Sec 2.5 and Appendix A: Vignette 1 and Vignette 3). By 2060 a sufficiently large fleet or constellation of high-altitude DEW systems could provide a missile defense umbrella, as part of a layered defense system, if such concepts prove affordable and necessary.